Contact person: Wang Wei
Contact number: 13008286528
Contact person: Manager Wang
Contact number: 13804 196515
Address: Houshan, Xiaodabai Village, Hongwei District, Liaoyang City
Website: en.lyfthx.com
Coloring of Polypropylene Fiber Material!
Polypropylene fiber is one of the five most important synthetic fibers in the world. It has many advantages, such as low relative density, good chemical stability, high strength and wear resistance. At the same time, because of its abundant raw materials, simple manufacture and low price, it has developed rapidly and has been widely used in industry and daily life.
Fine denier polypropylene fiber has a unique water and moisture conduction function, and the underwear made of it is smooth and comfortable to wear. However, polypropylene is a saturated hydrocarbon polymer with strong hydrophobicity and non-polar structure. There are no polar and reactive groups in its molecule that can be combined with any dye molecule. Moreover, polypropylene fibers have high crystallinity, compact structure and lack of necessary pore for dye diffusion. Therefore, dyes, even disperse dyes, are commonly used at present. Polypropylene fibers can hardly be dyed.
As clothing textile materials, the dyeing of polypropylene fibers is an urgent problem to be solved in the further development of polypropylene fibers.
The traditional method of dyeing fibers is dyeing bulk fibers, yarns and fabrics with dyes, but because of its non-polar structure, the common dyes can hardly dye polypropylene fibers. Therefore, in addition to modified polypropylene fibers, polypropylene fabrics sold in the market are generally produced by the original solution coloring method.
There are three kinds of dyeing processes for PP fibers before spinning.
The first is to mix PP powder with pigment additive powder, then extrude and granulate, then extrude and spin, or directly enter the extruder spinning.
Service hotline: 0419-5166770
Company Address: Xiao Dabai, Hongwei
District, Liaoyang City
Village behind mountain
Website:en.lyfthx.com